covid and other respiratory germs
NO MORE RESPIRATORY INFECTIONS
removing viral particles
Respiratory-spread infections, like COVID-19, influenza, tuberculosis, common cold viruses, and RSV can be disruptive to our lives, hindering both our plans and health. Limit the impact of these infections by removing these particles from the air in your homes, schools, work spaces, and community centers.
Getting the Recommended ACH With More Affordable Fan-and-Filter Models (COVID-19 Series, Part 7 of 7)
In this final installment of our series, we will introduce an accessible and cost-effective solution to the COVID-19 problem: MERV 13 fan-and-filter air cleaners. Join us as we leap into the science behind these models, their effectiveness, and how you can create and implement them in your spaces to protect against airborne viruses.
Why At Air Support Project, We Strive for 6 to 12 ACH (COVID-19 Series, Part 6 of 7)
This blog post focuses on the importance of achieving a specific target for air changes per hour (ACH) to enhance indoor air quality effectively. At Air Support Project, we strive for 6-12 ACH as the gold standard for reducing infection risk in various settings.
The Interplay of Time, Viral Density, and Filtration (COVID-19 Series, Part 5 of 7)
In this post, we examine the complex interplay between time, viral density, and filtration, examining how exposure duration and the concentration of viral particles influence the effectiveness of preventive measures.
Does One-Way Masking Work? (COVID-19 Series, Part 4 of 7)
In Part 4 of our series, we will take a closer look at optimizing masking as a form of air filtration. Whether it is to filter allergens, wildfire smoke, or airborne pathogens like COVID-19, we will look into how masking makes a difference in the air we inhale.
Powerful Ventilation and Filtration: Key to Reducing Viral Density (COVID-19 Series: Part 3 of 7)
In this part, we advance this discussion by examining how specific ventilation and filtration strategies can effectively decrease the presence of virus-laden aerosols in indoor environments.
The Hidden Dangers of Poor Ventilation: Understanding CO2 and Its Impact on COVID-19 Infection Risk (COVID-19 Series, Part 2 of 7)
In this Part 2, we will focus on ventilation, specifically understanding its relationship to carbon dioxide (CO2), as well as how CO2 monitoring can be used to assess infection risks, and what actions we can take when those CO2 levels are too high.
Defining the Problem: COVID-19 in the Air We Breathe (COVID-19 Series, Part 1 of 7)
COVID-19 is transmitted primarily by exhaled respiratory particles that can move like smoke through the air, travel distances much greater than 6 feet, accumulate in buildings, and remain infectious for hours.
Thinking Outside the Box: An Introduction to Our 7-Part COVID-19 Series
Air Support Project is kicking off our Know Better, Breathe Better campaign with our new blog series , “Thinking Outside the Box: How to Solve the COVID Problem.” This seven-part series explores the roles that preventative measures such as ventilation, filtration, and masking play in combating the spread of COVID-19 and other airborne diseases.
Cleaner indoor spaces
imagining a new normal
Simple changes like adding air cleaners, opening windows, and creating cross-breezes can help improve your air quality.
Enhancing ventilation and filtration can reduce pollen, mold, dander, fungi, bacteria, and viruses in your indoor air.
KNOW BETTER, BREATHE BETTER.
“I must fight with all my strength so that the little positive things that my health allows me to do might be pointed toward helping the revolution. The only real reason for living.”
FRIDA KAHLO